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problem:explicit_examples_of_abstract_groups

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problem:explicit_examples_of_abstract_groups [2013/08/15 11:38]
joshuawiscons created
problem:explicit_examples_of_abstract_groups [2013/08/22 16:15] (current)
bmwoodruff
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 Give examples of [[definition:Group|groups]] with the following properties by $\textbf{explicitly}$ giving a set and defining both functions as well as the distinguished element.  Give examples of [[definition:Group|groups]] with the following properties by $\textbf{explicitly}$ giving a set and defining both functions as well as the distinguished element. 
   - A group with $3$ elements   - A group with $3$ elements
-  - A different group with $3$ elements, if possible}+  - A different group with $3$ elements, if possible
   - A group with $4$ elements   - A group with $4$ elements
-  - A different group with $4$ elements, if possible}+  - A different group with $4$ elements, if possible
   - An infinite group   - An infinite group
  
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 ---- ----
 ==== $\LaTeX$ version ==== ==== $\LaTeX$ version ====
-<file tex explicit_examples_of_abstract_groups.tex>+<file tex problem.explicit_examples_of_abstract_groups.tex>
 %%%%% %%%%%
 % DEPENDENCIES  % DEPENDENCIES 
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 </file> </file>
  
-{{tag>problem}}+==== Questions ==== 
 +Did you decide to use your definition that used to be in the wiki? I would potentially change this to be  
 +  *by $\textbf{explicitly}$ giving a set, defining the binary operation, stating the inverse of each element, and identifying the identity. 
 +  *Do you want them to show that the group axioms hold? I could see a student doing all the above but failing to check associativity.  They'll get lucky most likely with small sets... 
 + 
 +{{tag>problem needsreview rben}}
problem/explicit_examples_of_abstract_groups.1376581132.txt.gz · Last modified: 2013/08/15 11:38 by joshuawiscons